1.
a measure of the capacity of a circuit component to store charge.
一个电路元件储存电荷容量的单位。
2.
space-charge cloud
空间电荷云，容积电荷云
3.
A Quantitative Analysis of the Capacitance between Two Conductors with Uneven Electric Charges;
电荷非均匀分布的两导体间电容的定量分析
4.
The ratio of the electric charge transferred from one to the other of a pair of conductors to the resulting potential difference between them.
电流容量导致一对导体间可能电位差的彼此电荷转换率
5.
If static electricity from the sample or container is interfering with the weighing procedures (causing unstable readouts)
如果被称量试样或容器上的静电荷影响称重过程(重量读数不稳定)
6.
Consequently the capacitor is made up of plates of large area so that large electrical charges may be stored.
为了能储藏大量电荷，电容器通常用大面积的金属板来制造。
7.
Usually the capacitor is made up of plates of large area so that large electrical charges may be stored.
为了能储存大量电荷，电容器通常用大面积的金属板来制造。
8.
A major concern is how much of the installed generating capacity will be available to serve the load at any given time.
主要关心的是在给定时间有多大发电装机容量可向负荷供电。
9.
Calibration of Capacitive Probe for Insulator Surface Charge Measurement;
用于绝缘子表面电荷测量的电容探头法标度问题的研究
10.
Simulation study of effects of high-capacity impact loads on nearby turbine-generators in Tianjin power system
天津电网大容量冲击负荷对邻近发电机组影响的仿真研究
11.
surface charge varactor
表面电荷变容二极管
12.
quantity galvanometer
测量电荷量的电流计
13.
Furthermore, as the load on a large substation grows, transformer capacity has to be added.
此外,随着大型变电站的负荷增长,变压器的容量也必须增加。
14.
The capacity of cable circuits can be evaluated based on measurement of load and temperature data and thermel modelling.
电缆的传输容量应能根据测得的负荷、度，并利用热学模型计算得到。
15.
Influence of High-Capacity Impact Loads on Transient Stability of Regional Power System;
大容量冲击性负荷对地区电网暂态稳定性影响的研究
16.
Methods for calculating direct trade capacity of power consumers with consideration of load characteristics
考虑负荷特性的电力用户直接交易容量计算方法
17.
carrying capacity
装载量, 负荷[载], 输送力;【电】含储电量, 荷电量
18.
A generation expansion program measures the adequacy of the installed generation to serve the forecasted loads through probability methods.
发电扩建程序通过概率的方法来衡量所安装的发电容量对于所预测负荷的充分程度